Company Filing History:
Years Active: 1991-2004
Title: The Innovations of Edmond B Cicotte: A Pioneer in Adjustable Pedal Systems
Introduction
Edmond B Cicotte, an inventive mind based in Utica, MI, has distinguished himself through his contributions to automotive technology. With a total of nine patents to his name, Cicotte's work primarily focuses on the development of adjustable pedal systems that enhance vehicle operability and comfort.
Latest Patents
Cicotte's latest innovations include two noteworthy patents related to adjustable automotive pedals. The first, titled "Adjustable Automobile Pedal System," introduces a sophisticated adjustment mechanism for brake and accelerator pedals. This system utilizes an electric motor and gearbox assembly to pivot the brake pedal arm, which adjusts the position of the accelerator pedal in unison.
His second patent, the "Compact Adjustable Pedal System," complements his earlier work by providing an elegant solution for adjusting pedal positioning within a vehicle. The system features a pedal arm pivotable about an axis of actuation and employs a powered screw adjustment device to facilitate precise pedal positioning, enhancing driver comfort and control.
Career Highlights
Throughout his career, Edmond B Cicotte has worked with several innovative companies, including Comfort Pedals, Inc. His deep understanding of mechanical engineering and design has allowed him to push the boundaries of traditional automotive components, making significant impacts on pedal functionality and driver ergonomics.
Collaborations
Cicotte has collaborated with notable colleagues in the field, including Gabriel M Sitrin. Their joint efforts reflect a commitment to advancing automotive technologies, with a shared vision of enhancing the driving experience through innovative solutions.
Conclusion
Edmond B Cicotte's contributions to the automotive industry through his patents on adjustable pedal systems illustrate his dedication to innovation and improvement. As he continues to develop new solutions in the field, his work promises to pave the way for enhanced vehicle designs that prioritize driver comfort and safety.